Bin2 regulates cell movement. <i>A</i> by María José Sánchez-Barrena (109080)

“…<p>: Bin2 is at the leading edge of moving cells: (A) Snapshots of a migratory macrophage (mouse BAC1·2F5 cell line, left) and a B cell (human 721.221 cell line, right) overexpressing Bin2-EGFP. …”

Regulatory T Cell Responses in Participants with Type 1 Diabetes after a Single Dose of Interleukin-2: A Non-Randomised, Open Label, Adaptive Dose-Finding Trial by John A. Todd (5933)

“…Furthermore, there was a dose-dependent down modulation of one of the two signalling subunits of the IL-2 receptor, the β chain (CD122) (mean decrease = 58.0%, SE = 2.8%, range 9.8%–85.5%, <i>n</i> = 33), on Tregs and a reduction in their sensitivity to aldesleukin at 90 min and day 1 and 2 post-treatment. …”

Intense Exercise and Aerobic Conditioning Associated with Chromium or L-Carnitine Supplementation Modified the Fecal Microbiota of Fillies by Maria Luiza Mendes de Almeida (3390041)

“…There was a decrease in the phylum Chlamydiae and in the genus <i>Mycobacterium</i> after the second incremental exercise test. …”

The effect of urethroplasty surgery on erectile and orgasmic functions: a prospective study by Ahmet Urkmez (5911355)

“…Results: The mean age of the cases is 54 ± 13. However, preoperative IIEF, sexual satisfaction and orgasmic function averages of patients with a stenosis segment length of 1-3 cm was found to be significantly higher than that of patients with a stenosis segment length of 4-7 cm. …”

Static balance of elderly women submitted to a physical activity program by Fernanda de Noronha Ribeiro Daniel (12818313)

“…The EG participated in twice-weekly 60-minute sessions of physical activity for 12 weeks, with a perceived intensity level between 3 and 5 (CR10 scale). …”

Validation of the co-immunoprecipitation of TBP55-HA. by Han Jiang (195350)

LIR1 localizes at the plasma membrane of promastigotes and intracellular amastigotes. by Maria Fernanda Laranjeira-Silva (843978)

Phase Response Curve Explain Synchronizing Tendencies for Shunting Inhibition. by Guillem Via (14204815)

Repression of chromosomal interactions with RdDM targets corresponds to gene repression. by M. Jordan Rowley (217865)

“…(F) Increased interactions with <i>nrpe1</i> DMRs corresponds to decreased gene expression. …”

Binding and function of nAbs on PrP. by Alexandra Albus (3325170)

“…PrP with AA sequence 106–126 A117V was dotted in a decreasing concentration pattern and incubated with nAbs/ IVIg overnight. …”

Model of DRM/DREAM function in cell cycle progression. by Paul D. Goetsch (4559587)

Learning curve of the control task. by Jin Xu (31283)

“…The results show that compared to PID, fuzzy PID, DDPG and TD3, the TD3-RTM method improved the transient time in the flow loop by 6.09s, 5.29s, 0.57s, and 0.77s, respectively, and the Integral of Absolute Error(IAE) indexes decreased by 710.54, 335.1, 135.97, and 89.96, respectively, and the transient time in the temperature loop improved by 25.84s, 13.65s, 15.05s, and 0.81s, and the IAE metrics were reduced by 143.9, 59.13, 31.79, and 1.77, respectively. …”

Comparison of controllers performance parameters. by Jin Xu (31283)

“…The results show that compared to PID, fuzzy PID, DDPG and TD3, the TD3-RTM method improved the transient time in the flow loop by 6.09s, 5.29s, 0.57s, and 0.77s, respectively, and the Integral of Absolute Error(IAE) indexes decreased by 710.54, 335.1, 135.97, and 89.96, respectively, and the transient time in the temperature loop improved by 25.84s, 13.65s, 15.05s, and 0.81s, and the IAE metrics were reduced by 143.9, 59.13, 31.79, and 1.77, respectively. …”

Agent and environment interaction process. by Jin Xu (31283)

“…The results show that compared to PID, fuzzy PID, DDPG and TD3, the TD3-RTM method improved the transient time in the flow loop by 6.09s, 5.29s, 0.57s, and 0.77s, respectively, and the Integral of Absolute Error(IAE) indexes decreased by 710.54, 335.1, 135.97, and 89.96, respectively, and the transient time in the temperature loop improved by 25.84s, 13.65s, 15.05s, and 0.81s, and the IAE metrics were reduced by 143.9, 59.13, 31.79, and 1.77, respectively. …”

Datas and codes from the experiments. by Jin Xu (31283)

“…The results show that compared to PID, fuzzy PID, DDPG and TD3, the TD3-RTM method improved the transient time in the flow loop by 6.09s, 5.29s, 0.57s, and 0.77s, respectively, and the Integral of Absolute Error(IAE) indexes decreased by 710.54, 335.1, 135.97, and 89.96, respectively, and the transient time in the temperature loop improved by 25.84s, 13.65s, 15.05s, and 0.81s, and the IAE metrics were reduced by 143.9, 59.13, 31.79, and 1.77, respectively. …”

Hyperparameter settings of the algorithm 1. by Jin Xu (31283)

“…The results show that compared to PID, fuzzy PID, DDPG and TD3, the TD3-RTM method improved the transient time in the flow loop by 6.09s, 5.29s, 0.57s, and 0.77s, respectively, and the Integral of Absolute Error(IAE) indexes decreased by 710.54, 335.1, 135.97, and 89.96, respectively, and the transient time in the temperature loop improved by 25.84s, 13.65s, 15.05s, and 0.81s, and the IAE metrics were reduced by 143.9, 59.13, 31.79, and 1.77, respectively. …”

Model of circulating cooling water system. by Jin Xu (31283)

“…The results show that compared to PID, fuzzy PID, DDPG and TD3, the TD3-RTM method improved the transient time in the flow loop by 6.09s, 5.29s, 0.57s, and 0.77s, respectively, and the Integral of Absolute Error(IAE) indexes decreased by 710.54, 335.1, 135.97, and 89.96, respectively, and the transient time in the temperature loop improved by 25.84s, 13.65s, 15.05s, and 0.81s, and the IAE metrics were reduced by 143.9, 59.13, 31.79, and 1.77, respectively. …”

Cell type switching model. by Hisako Takigawa-Imamura (3175320)

“…<p><b>(A)</b> The growing tip of E14.5 mouse lung. Arrows indicate tall cells at concave regions and asterisks indicate short cells. …”

Synergistic anti-proliferative activity of telaglenastat and cabozantinib in ccRCC cells. by Ethan Emberley (11642767)

FSL of MSO neurons in relation to click intensity, frequency, and within the same animal. by Martijn C. Sierksma (11608174)